How are LED strip lights manufactured? (Step1-2)

First step: Few brief steps to create LED strip lighting

Benwei LEDs produces some of the best quality strip lights on Earth (and off planet, presently in orbit) using the following method. We neither claim to follow any other manufacturer's techniques nor are we presuming others follow ours. We hope you are all as uncompromising about quality as we are when it comes to your projects; we also believe in teaching the globe about this incredible technology!
Our Benwei LEDs approach is condensed, with see-next steps for specifics below:
Sort and comprehend your components.
First part of quality control: dry the LEDs
Part 2: Quality Control Make and apply solder molds
Spoon lead-free tin solder paste onto the base. PCB
Third part on quality control: component placement on solder pads
Fourth Quality Control
To guarantee all elements, bake the strip in a reflow oven.
Part 5 on Quality Control
Sort and then unite the 0.5-meter strip parts.
Part six: quality control
The PCB's rear gets tape put to it.
Soldering connections and wire leads onto every strip
Wire solder points are heated shrinkable glue applied to
For IP64 through IP68 certified strip lights, waterproofing and weatherproofing
Part 7 on Age Testing Quality Control
Perfectly rolled onto a reel
Part Eight: Quality Control
Arrival in the warehouse; internal quality control part 9
Tenth final step: quality control

Second Step: Know the components of your LED Strip

Starting with the best quality components is advised, much like with many premium products. Invest time and effort to choose the ideal parts for the strip. Though more expensive than other poorer quality components, they are well worth it.
Once these components are obtained, manufacturing can start:

Printed Circuit Board Flexible
The best conductivity and heat dissipating double-layer pure copper flexible circuit boards are 3-4 ounces. Remember, heat reduces the lifetime of an LED, hence it's preferable to get rid of it!

Most crucial component: SMD LEDs
The brightness and power consumption of the strip will be determined by the LED you choose. Not only should you compare "LED sizes". Two 5050 sized LEDs from any two manufacturers will perform and last somewhat differently. Request the certifications and data.
The selected LEDs have 99.99% gold bond wires, die bond materials, phosphors, and best grade of thermal pads. Select LEDs tested under LM-80 and TM-21 reporting that have shown great performance.
The ability of the strip lamp to produce exquisite, precisely produced illumination is its most crucial quality. Check the strip for high CRI, gamut index, fidelity index, and saturation.

Resistors:
Resistors used to correspond with LED forward voltage The resistor's value could vary batch after batch. Get resistors from a respectable manufacturer.
Good resistors are also crucial since skimping on this part will cause your strip light to fail early on.
Try not to overwhelm your LEDs. At first they will seem more brilliant but they will fail quickly. We know some of our rivals that use this approach. If put on flammable materials, the extra heat could potentially be hazardous.

UL identified connections and cables.
Choose always items verified for durability and safety. The cheap wire caused rather decent strips to become useless.

Thermally conductive tape with rather strong bond
We utilize VHB tape under 3M brand. Many vendors provide bogus brand name adhesives-no-name or worse. Good quality tape is the secret to both thermal conductivity and a long-lasting installation. If a strip light becomes stuck a few months later, what good is it?